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Projects

Project ID	Project Leader	Title
A: Electronic Systems
A1	Dr. S. Ludwig Prof. J. Kotthaus	Electrostatically Defined Quantum Dots as Qubits - Entangled States and Current Correlations
A3	Prof. R. Gross Dr. A. Marx Dr. H. Hübl	Superconducting Quantum Circuits as Basic Elements for Quantum Information Processing
A5	Prof. P. Hänggi	Control of Decoherence in Solid State Based Quantum Information Systems
A8	Dr. A. Marx Prof. R. Gross	Cavity Quantum Electrodynamics with Superconducting Devices
A9	Prof. S. Glaser	Optimal Control Methods and Applications in Solid-State Systems
A10	Prof. M. Grifoni	Theory of Superconducting Qubits
A11	Prof. C. Strunk Dr. A. Hüttel	Cavity QED with Carbon Nanotube Quantum Dots using Superconducting Resonators: Charge and Spin Qubits
A12	Dr. M. Hartmann	Quantum Correlations in Cavity-Waveguide Networks
B: Optical Systems
B1	Prof. G. Abstreiter Dr. G. Koblmüller	Spin-dependent Spectroscopy of Electronic States in Individual and Coupled Quantum Dots
B3	Prof. J. Finley Dr. M. Kaniber Prof. M.-C. Amann	Single Photon Quantum Optics using Photonic Crystal Nanostructures
B5	Prof. A. Holleitner Dr. H. Krenner Dr. J. Finley	Ultrafast Electro-Optical Control of Spins in Few Quantum Dot Nanostructures
B6	Dr. S. Dürr Prof. G. Rempe	Quantum Memory and Quantum Simulations with Ultracold Gases
B7	Prof. S. Kehrein Prof. J. von Delft Dr. A. Weichselbaum	Real Time Dynamics of Driven Dissipative Quantum Systems
C: Spin Systems
C3	Prof. M. Brandt Prof. M. Stutzmann Dr. H. Hübl	Fundamentals of Quantum Logic Gates in Silicon
C4	Dr. D. Bougeard Prof. G. Abstreiter	Electrostatically Defined Spin Qubits in Si/SiGe: Devices and Materials with Engineered Nuclear Spin Concentration
C6	Prof. J. Finley Prof. M. Brandt Prof. A. Högele Prof. P. Vogl	Coherent Control of Coupled Spin Systems in Semiconductor Quantum Dots
C7	Prof. J. Cirac Dr. G. Giedke Prof. J. Schliemann	Nuclear Spins in Quantum Dots
S: Common Services
S	Der Sprecher	Verwaltung des Sonderforschungsbereichs

SFB 631

Projects